The images reach a surface-brightness limit of 28.5 − 29 mag arcsec −2 in the g band. Here we present the results of our visual inspections of very deep images of a large volume-limited sample of 177 nearby massive early-type galaxies (ETGs) from the MATLAS survey. The morphology of the features in the low-surface-brightness regions of galaxies has not been fully explored yet because of observational difficulties. The morphology of galaxies gives essential constraints on the models of galaxy evolution. Server can comfortably handle more than a hundred simultaneous users accessing To the test and assess the performance of the system and show that a single Platform-independent web applications built on standard HTML5 web technologiesĪnd compatible with both touch-based and mouse-based devices.
#Adding zoomify to a web page leaflet full
It provides access to full precisionįloating point data at terabyte scales, with the ability to precisely adjust Proposed software is entirely open source and is designed to be generic andĪpplicable to a variety of data sets. Remote visualization and analysis of extremely large scientific images.Īpplications of this work include survey image quality control, interactiveĭata query and exploration, citizen science, as well as public outreach. We present a high performance, versatile and robust client-server system for In terms of speed and ergonomics, especially on mobile devices.
Location with current astronomy display tools can be a frustrating experience Visualizing and navigating through large astronomy images from a remote
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